M430594 五'、新型說明： 【新型所屬之技術領域】 本創作是一種熱交換器結構’特別是一種具有導熱管的熱交換器結構。 【先前技術】 習知之熱交換器由於熱交換面積受熱交換器體積之限制，存在熱交換 面積不足的問題’為了在有限空間内增加熱交換面積，便演生出密集式熱 父換态。現有之密集式熱交換器若採用金屬浪板之結構，只能以板金方式 加工’不易量產；常見之圓弧形或是鋸齒形的浪板結構，在層叠時也缺乏 接觸面而不易加工接合。 再者，密集式熱交換器在層疊時，由於每層過度相互堆疊，因此無足 夠空間使空氣流通，反而造成熱能無法有效發散，因而造成熱能過度累積 而無法發揮其應有之功效。再者，亦有習知熱交換器為解決此問題，亦會 在每層熱交換器製成具有凹槽結構，用以置放導熱管，以增加其散熱效率。 惟此方法絲加強其散熱之功效’然於每層加裝導熱管不僅得額外增加成 本，而於加工制造時亦不易量產。 口此如&改善熱父換态之結構，使其可增進在使用上的散熱效果，係 為本案之創作人以及從事此相關行業之技術領域者亟欲改善的課題。 【新型内容】 有鑑於此，本創作提出—種熱交擬結構，包含：複數平板；複數接 合部，連接於每-平板之側邊，其中每—接合部包含：本體，連接於每一 平板之側邊；及連接件’連接於本體秘於每-平板之側邊，射每二平 板經由結合連接件而相互層疊；及複數導鮮，分職於每—該平板且平 3 貼於該些平板。 人相2 ’本_每二平板_結合連接件响互層4時，每二平板僅結 =應崎增件。心峨物H砸之平板形成 間距。其巾’本創作本體之夾肖為鈍角。 /創作藉谢物職平本糾肖’使得相互 層豐之平板之間形成間距，穩增加空氣之流通。並且藉由導熱管平貼於 平板上.，使得各平板皆能與複數數量之導歸接觸而飾散熱功效，又可 減少導熱管之數量而能節省成本。 以下在實施方式帽細敘述摘作之詳細龍以及優點，其内容足以 使任何熟習細技藝者瞭解本創作之技術内容並據以f施，絲據本說明 書所揭露之内容、巾請專利範®及Η式’任何熟習相關技藝者可輕易地理 解本創作相關之目的及優點。 【貫施方式】 請參閱第1圖所示’係為本創作熱交換器之整體外觀結構圖，包含平 板10、接合部20及導熱管30所组成。 平板10為概呈矩形之平板結構，其較佳地可由導讓性質良好之金屬所 製成，例如銅或鐵等金屬材質’但本創作並非以此為限。再者，平板1〇更 具有複數個第一擾流部12與複數第二擾流部13(如第6圖所示），第一擾流 部12為概呈圓形凸出狀，凸出於平板10。第二擾流部13同樣為概呈圓形 凹面狀，與第一擾流部12不同之地方在於，第二擾流部13凹陷於平板10。 此外，第一擾流部12與第二擾流部13呈交錯排列之方式，即第一個 設置第一擾流部12 ’第二個設置則為第二擾流部13 ’依此順序排列使得第 M430594 -擾流部12與第二擾流部η呈交錯排列，藉由擾流部之結構用以調節氣 體之流動方向。更進一步來說，擾流部可利用壓模方式，使得第—擾流部 12與第二擾流部B成型，亦即在平板1G之—面，糊壓模所壓出之圓形 凸出狀為第-擾流部12,而於平板1G之另—面之同—壓模位置則為圓形 凹面狀’而形成第二擾流部13。惟前所述之第—擾流部12與第二擾流部 Π之設置數量、大小、形狀及排列方式或是成型方法僅為舉例，當可依需 求而設置或變更’本創作並非以此為限。M430594 V', new description: [New technical field] This creation is a heat exchanger structure', especially a heat exchanger structure with a heat pipe. [Prior Art] Conventional heat exchangers have a problem that the heat exchange area is limited by the heat exchanger volume, and there is a problem that the heat exchange area is insufficient. In order to increase the heat exchange area in a limited space, a dense heat father shift state is derived. In the case of the existing dense heat exchanger, the structure of the metal wave plate can only be processed by the sheet metal method. It is not easy to mass-produce; the common arc-shaped or zigzag-shaped wave plate structure lacks the contact surface during lamination and is not easy to process and join. Furthermore, when the dense heat exchangers are stacked, since each layer is excessively stacked on each other, there is not enough space for the air to circulate, but the heat energy is not effectively dissipated, thereby causing excessive accumulation of heat energy and failing to exert its due effect. Furthermore, there are also known heat exchangers to solve this problem, and a heat-transfer tube is placed in each layer of the heat exchanger to increase the heat dissipation efficiency. However, this method enhances the heat-dissipating effect. However, the addition of a heat-conducting tube to each layer not only adds extra cost, but is also difficult to mass-produce during processing. Such as the & improve the structure of the hot parent, so that it can enhance the heat dissipation effect in use, is the subject of the creators of this case and those who are engaged in the technical field of this related industry. [New content] In view of this, the present proposal proposes a heat-crossing structure comprising: a plurality of plates; a plurality of joints connected to the sides of each of the plates, wherein each of the joints comprises: a body connected to each plate The side of the connector; and the connecting member 'connected to the side of the body to each side of the flat plate, each of the two flat plates are laminated to each other via the joint connecting member; and the plurality of fresh guides are divided into each of the flat plates and are attached to the flat plate Some tablets. When the human phase 2 'this _ every two plates _ combined with the connector to the inter-layer 4, only two knots = akisaki add-on. The sputum of the heart sputum H砸 forms a pitch. The towel of the original body is an obtuse angle. / Creation by the thank you for the job title corrections to make the gap between the plates of each layer, to increase the circulation of air. Moreover, the heat-conducting tube is flatly attached to the flat plate, so that each of the flat plates can be combined with a plurality of guides to decorate the heat dissipation function, and the number of the heat transfer tubes can be reduced to save costs. In the following, the details of the embodiment are summarized and the advantages are sufficient for any skilled person to understand the technical content of the creation and according to the contents disclosed in the present specification. Anyone who is familiar with the art can easily understand the purpose and advantages of this creation. [Comprehensive method] Please refer to Fig. 1 for the overall appearance of the heat exchanger of the present invention, comprising a flat plate 10, a joint portion 20, and a heat transfer pipe 30. The flat plate 10 is a substantially rectangular flat plate structure, which is preferably made of a metal having a good guiding property, such as a metal material such as copper or iron, but the present invention is not limited thereto. Furthermore, the flat plate 1 has a plurality of first spoiler portions 12 and a plurality of second spoiler portions 13 (as shown in FIG. 6), and the first spoiler portion 12 has a substantially circular convex shape and is convex. On the tablet 10. The second spoiler 13 also has a substantially circular concave shape, and is different from the first spoiler 12 in that the second spoiler 13 is recessed in the flat plate 10. In addition, the first spoiler 12 and the second spoiler 13 are arranged in a staggered manner, that is, the first one is provided with the first spoiler 12' and the second one is the second spoiler 13' is arranged in this order. The M430594 - the spoiler 12 and the second spoiler η are arranged in a staggered manner, and the structure of the spoiler is used to adjust the flow direction of the gas. Further, the spoiler may be formed by a compression molding method such that the first spoiler 12 and the second spoiler B are formed, that is, on the surface of the flat plate 1G, the circular projection of the paste compression mold is extruded. The second spoiler 13 is formed in the shape of the first spoiler 12, and the other surface of the flat plate 1G is the same as the stamper position. However, the number, size, shape, arrangement, or molding method of the first spoiler 12 and the second spoiler 前 are only examples, and may be set or changed according to requirements. Limited.
請參閱第2圖及第3圖所示，第2圖係為本創作熱交換器之剖面圖， 第3圖係為本創作熱錢n之局部放大圖。接合部2()連接於平板川之側 邊，以本創作而言，每-平板10較佳地設有4個接合部2〇，分別連接於平 板10之每一側邊’本創作並非以此為限。基此，接合部加更具有本體^， 其中，本體21連接於平板K)之側邊，再者，本體 -以難言’夹—㈣，但本創作Please refer to Fig. 2 and Fig. 3, Fig. 2 is a cross-sectional view of the heat exchanger of the present invention, and Fig. 3 is a partial enlarged view of the hot money n. The joint portion 2 () is connected to the side of the flat plate. In the present invention, each of the flat plates 10 is preferably provided with four joint portions 2, which are respectively connected to each side of the flat plate 10. This is limited. Therefore, the joint portion further has a body ^, wherein the body 21 is connected to the side of the flat plate K), and further, the body - is difficult to say - clips - (four), but this creation
此外，接合㈣更具有連接件23連接於本β 21秘於平板1(>之側邊， 基此’本體21之-端連接於平板⑴，另—端顺連接件23相連接。此外， 本體2丨與連麟23雛地係為—職型之結構。 導熱管30為概呈爲平橢圓狀之結構，導熱管3〇係為直空密封之^ 殼體、其殼體内壁上設置有毛細結構，例如粉體燒結物、溝_構及= 結構等。惟前所述之導熱管3G較佳地可為金屬所製成，例如鋼、峨是其 它熱導良性佳之材卜_之導鮮3_僅鱗例，本創作並非以此 為限，凡可用以導熱之熱管，皆屬本創作之範缚。 基此，導熱管30 之設置分別位於平板10上，其較佳地設 置位置為位 5 ’使得導熱管30平貼於平板 上之方式僅為舉例，本創作 ;平板10之面’利用_或是其他膠合物 ⑴上’惟其導熱管3G _轉固定於平板】〇 並非以此為限。 、本旬作而。，導熱官3()設置之數量較佳地可為三根，導熱管 3^占者固疋於平板上時，每根導熱管如分別位於第—擾流部η與第二擾 P 3之間’進—步來，導熱管％為整體平·定於平板⑴上，並且約 略f互平行之狀態，而不覆蓋於第-擾流部丨2與第二擾流部丨3之上， 惟導熱f 3G術㈣峨恤樹嶋_，摘作並非以 此為限。 ，請參閱第4 _示，第4 _為本創作平板之結顧，第5圖係為本 創作熱平板之局部放姻。本創作之熱交難結構，主魏働兩兩成對 2板1G經由接合㈣相互連接，進—步來說，本細系峡二平㈣ 具憶側邊之連接件23 ’而使每二平板10相互層疊。基此，本體1〇 :有—失角22，當兩平板1〇經由接合部2〇相互連接時，藉由失角22使得 互層$之平板10形成一第一間距24。再者，本創作每一平板⑴之失 角22亦呈對應設置而使兩兩成對之平板10之夾角22皆位於第一間距24 此外’每二相互層疊而兩兩成對之平板10之間形成第二間距25。基此， 兩兩成對之平板H)即相·4。惟前所述之結合平板丨相_則邊之 、接件23僅為舉例’本創作並非以此為限，其更可結合平板1〇每一側邊 之連接件23。 本創作藉由接合部而分猶接平板，並且經由本體之夾角，使得相互 之平板之間形成間距，而能增加空氣之流通。並且藉由導熱管與個平 M430594 板呈垂直插入結合，使得各平板皆能與導熱管接觸而發揮散熱功效，又可 減少導熱管之數量而能節省成本。 雖然本創作的技術内容已經以較佳實施例揭露如上，然其並非用以限 定本創作’任何熟習此郷者，在賴縣創作之精神所作些許之更動與 枝專利於本創作的範如’因此本創作之賴酬當視後附之申 5月專利乾圍所界定者為準。 甲 M430594 【圖式簡單說明】 第1圖為本創作熱交換器之整體外觀結構圖。 第2圖為本創作熱交換器之剖面圖。 第3圖為本創作熱交換器之局部放大圖。 第4圖為本創作平板之結構圖。 【主要元件符號說明】 10............平板 12 ............第一擾流部 13 ............第二擾流部 20 ............接合部 21 ............本體 22 ............夾角 23 ............連接件 24 ............第一間距 25 ............第二間距 30............導熱管In addition, the joint (4) further has a connecting member 23 connected to the side of the side of the tablet 21 (>, wherein the end of the body 21 is connected to the flat plate (1), and the other end is connected to the connecting member 23. Further, The main body 2丨 and the Lianlin 23 are ground-type structures. The heat pipe 30 is a flat elliptical structure, and the heat pipe 3 is a straight-air sealed casing, and the inner wall of the casing is arranged. There are capillary structures, such as powder sinter, groove structure and structure, etc. However, the heat pipe 3G described above can preferably be made of metal, for example, steel and bismuth are other materials with good thermal conductivity. The fresh 3_ is only a scale, and the creation is not limited to this. Any heat pipe that can be used for heat conduction is a limitation of the present invention. Accordingly, the heat pipes 30 are disposed on the flat plate 10, respectively, which are preferably set. The position is 5', so that the way of the heat pipe 30 is flat on the flat plate is only an example, the creation; the surface of the flat plate 10 uses _ or other glue (1) on the 'only the heat pipe 3G _ turn fixed to the flat plate 】 This is limited to the limit. The number of heat exchangers 3 () can be set to three, the heat pipe When the 3^ occupant is fixed on the flat plate, each of the heat transfer tubes is located between the first spoiler η and the second spoiler P3, and the heat transfer tube % is flat on the flat plate (1). And about f parallel to each other, without covering the first spoiler 丨2 and the second spoiler 丨3, but the heat conduction f 3G surgery (four) 峨 嶋 , _, excerpt is not limited to this Please refer to the 4th _, the 4th _ is the creation of the tablet, the 5th is the partial marriage of the creative hot plate. The hot and difficult structure of the creation, the main Wei Wei two pairs in pairs 2 The plates 1G are connected to each other via a joint (four). In the case of the step, the fine gland is flat (4) with the side connecting members 23', so that each of the two flat plates 10 are stacked on each other. Therefore, the body 1〇: has a lost angle 22. When the two flat plates 1 are connected to each other via the joint portion 2, the flat plate 10 of the interpenetrating layer 10 is formed with a first pitch 24 by the corner angle 22. Further, the angle 22 of each flat plate (1) of the present creation is also corresponding. The angles 22 of the two pairs of flat plates 10 are all located at a first pitch 24. Further, a second pitch 25 is formed between the two plates which are stacked one upon another and two pairs are paired. Here, the plate pairwise H) that is phase-4. However, the combination of the front and the side of the flat plate is only an example. The present invention is not limited thereto, and it can be combined with the connecting member 23 of each side of the flat plate 1 . The present invention divides the flat plate by the joint portion, and forms a space between the flat plates via the angle between the bodies, thereby increasing the circulation of air. And through the vertical connection of the heat pipe to the flat M430594 plate, the plates can be in contact with the heat pipe to achieve heat dissipation, and the number of heat pipes can be reduced to save costs. Although the technical content of the present invention has been disclosed above in the preferred embodiment, it is not intended to limit the creation of any of the authors. In the spirit of Lai County's creation, some of the changes and patents of this creation are as follows. Therefore, the reward for this creation is subject to the definition of the patent application in May. A M430594 [Simple description of the drawing] The first drawing shows the overall appearance of the heat exchanger. Figure 2 is a cross-sectional view of the heat exchanger of the present invention. Figure 3 is a partial enlarged view of the heat exchanger of the present invention. Figure 4 is a structural diagram of the creation tablet. [Description of main component symbols] 10............plate 12............first spoiler 13 ........... .Second spoiler 20 ............joining portion 21 ............body 22 ............angle 23 ............connecting member 24............first spacing 25............second spacing 30... .........heat pipe